Riding sectionally charging method and riding sectionally charging system based on mobile phone

Abstract

A riding sectionally charging method based on a mobile phone is characterized by comprising the steps of obtaining geographic position coordinates of a vehicle at any moment through a vehicle-mounted global position system (GPS) locating device; obtaining a card number of a mobile phone card provided with a radio frequency identification device (RFID) label and storing the card number into the RFID label; reading the card number, stored inside the RFID label, of the mobile phone card by an RFID reader; obtaining a geographic position coordinate of the vehicle at the moment when the RFID reader reads the card number of the mobile phone card; sending heartbeat requests to the mobile phone regularly by a miniature simulation base station which is located on the vehicle and with signals covering a whole vehicle box; obtaining a geographic position coordinate of the vehicle at the moment when the mobile phone is off-line with the miniature simulation base station; calculating the distance by which the vehicle runs during the whole process from the time when the RFID reader reads the card number of the mobile phone card to the time when the mobile phone is off-line with the miniature simulation base station; sending the card number of the mobile phone card and the distance by which the vehicle runs to a remote server by a vehicle-mounted remote communication device; and calculating the fee produced by riding of a user and charging the fee from an account of the mobile phone card by the remote server.

Description

【Technical field】 [0001] The invention belongs to the technical field of wireless communication, and the invention relates to a method and a system for charging according to distance, and in particular to a method and a system for charging by section based on a mobile phone. 【Background technique】 [0002] Public transport is the abbreviation of public transportation. Public transportation refers to all means of transportation that provide transportation services, including urban buses, urban rail transit, and inter-city automobiles and rail transit. Public transport has become an indispensable part of modern cities with its fast, convenient, economical and affordable advantages. In order to maintain the continuous operation of urban public transport facilities, it is necessary to charge people who take public transport, and because everyone travels different distances and enjoys different services, it is necessary to charge different fees to people who enjoy different milea...

AI Technical Summary

Problems solved by technology

[0006] (1) The cost is high. A large and medium-sized city pays conductors a salary of hundreds of millions of yuan a year

[0007] (2) Insufficient service quality, arbitrary charges and wrong charges occur from time to time

[0008] (3) Although there is manual ticket sales, there will still be cases of falsely reporting the distance traveled

Search for mobile phone mobile communication signals through the miniature analog base station set on the car, record the geographical location of the bus when the mobile phone mobile signal is searched for the first time, and then record the geographical location of the bus when the mobile phone mobile communication signal is searched for the last time The location information can be recorded to calculate the distance of the user carrying the mobile phone on the bus, and then charge by section according to the distance. This technology is feasible in theory, but many problems will arise in real life, for example, The user may artificially turn off the mobile phone for fare evasion, so that the miniature analog base station cannot accurately determine when the user gets off the car, resulting in the inability to accurately charge the user by segment

Or some users deliberately do not carry mobile phones in order to evade fares, so that the system cannot determine which user is legal and which user is illegal

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